21-07-2015, 16:30
I have finished the WD board and its casing.
I used a case initially dedicated for a Raspberry Pi as it had the 2.8" hole for the screen. It was a bit challenging to put everything inside due to the limited volumes, so I had to find some tricks.
Here is the details of the interior:
![[Image: IMG_3856.JPG]](http://oaphotographies.com/weatherduino/images/IMG_3856.JPG)
I had to remove the connector housing I made by crimping wires on contacts because their height in the case was too much.
So I soldered the 4 wires of the temperature sensor directly to the male connector of the PCB and used a telephone cable instead of the ribbon cable that took too much space in the enclosure.
I did the same with the TFT screen connectors: each side of the ribbon had initially a housing with crimped connectors which I had to remove to solder the wires directly on the PCB contacts. It's less "nice" but I had no choice - the case would not close at all otherwise..
Next I wanted to pass a USB cable through the case to power the board so i drilled a hole accordingly. But the cable being positioned at the top of the case and it was ugly - well I was not convinced of the rendering. So, I decided to use a male mini USB plug which I hooked directly to the USB cable. As you can see the previous hole I made for the mini USB connector was useful given the extra length of the mini USB plug
The screen is screwed on the panel from behind.
Another view of inside:
![[Image: IMG_3857.JPG]](http://oaphotographies.com/weatherduino/images/IMG_3857.JPG)
And now the finished product!
![[Image: IMG_3859.JPG]](http://oaphotographies.com/weatherduino/images/IMG_3859.JPG)
The temperature sensor is glued on the side as follows:
![[Image: IMG_3864.JPG]](http://oaphotographies.com/weatherduino/images/IMG_3864.JPG)
The antenna adds a bit of weight and moved the gravity center a bit behind - so I have to maintain it against my lamp for now
![[Image: IMG_3865.JPG]](http://oaphotographies.com/weatherduino/images/IMG_3865.JPG)
And of course the enclosure keys are functional: I have glue a special push button behind to get my display working
![[Image: IMG_3863.JPG]](http://oaphotographies.com/weatherduino/images/IMG_3863.JPG)
That's it !
I used a case initially dedicated for a Raspberry Pi as it had the 2.8" hole for the screen. It was a bit challenging to put everything inside due to the limited volumes, so I had to find some tricks.
Here is the details of the interior:
I had to remove the connector housing I made by crimping wires on contacts because their height in the case was too much.
So I soldered the 4 wires of the temperature sensor directly to the male connector of the PCB and used a telephone cable instead of the ribbon cable that took too much space in the enclosure.
I did the same with the TFT screen connectors: each side of the ribbon had initially a housing with crimped connectors which I had to remove to solder the wires directly on the PCB contacts. It's less "nice" but I had no choice - the case would not close at all otherwise..
Next I wanted to pass a USB cable through the case to power the board so i drilled a hole accordingly. But the cable being positioned at the top of the case and it was ugly - well I was not convinced of the rendering. So, I decided to use a male mini USB plug which I hooked directly to the USB cable. As you can see the previous hole I made for the mini USB connector was useful given the extra length of the mini USB plug

The screen is screwed on the panel from behind.
Another view of inside:
And now the finished product!
The temperature sensor is glued on the side as follows:
The antenna adds a bit of weight and moved the gravity center a bit behind - so I have to maintain it against my lamp for now

And of course the enclosure keys are functional: I have glue a special push button behind to get my display working

That's it !

